How Brain Energy Shapes Health: Computational Neuroscience in Action with Dr. Jin Hyung Lee, Ph.D.
In this episode of the Let's Talk Brain Health Podcast, we are joined by Dr. Jin Hyung Lee, Ph.D., a pioneering neuroscientist, Stanford professor, and founder of LVIS Corporation.
Dr. Lee introduces NeuroMatch, a groundbreaking technology that creates live digital twins of brain function to revolutionize brain healthcare.
She shares her personal journey from electrical engineering to neuroscience, inspired by her grandmother's stroke, and discusses the intersection of technology and brain health.
Discover how NeuroMatch can diagnose and treat conditions like epilepsy, autism, and Alzheimer's, potentially transforming the way we understand and manage brain health.
Learn about the importance of sleep, preventative care, and how AI could make brain health accessible to all.
Tune in to explore the future of neuroscience, AI, and personalized brain healthcare.
00:00 Introduction to Dr. Jen Lee and NeuroMatch
00:42 Dr. Lee's Personal Journey into Neuroscience
01:25 The Intersection of Electrical Engineering and Brain Health
02:49 Developing NeuroMatch: From Lab to Clinic
03:52 The Future of Brain Health Monitoring
05:05 How NeuroMatch Works
07:33 Collaborations and Inspirations
09:56 Patient Advocacy and Real-World Impact
12:25 Artificial Intelligence and Energy Efficiency
17:53 Future of Neuro Match in Healthcare
24:41 Rapid Fire Questions and Final Thoughts
Resources:
- Explore more about Dr. Lee and her work on her lab’s website
- Learn from Dr. Lee in one of her TedX talks from her website
- See the Invisible: Innovating How Neurological Diseases Are Examined with NeuroMatch and LVIS on their websites.
Dr. Jin Hyung Lee, Ph.D.
Dr.
Dr. Jin Hyung Lee, a visionary neuroscientist, Stanford professor, and founder of LVIS Corporation. Dr. Lee's groundbreaking technology, NeuroMatch, is revolutionizing brain healthcare by creating a “digital twin” of brain function—a live, interactive model that reveals how brain circuits communicate in real-time. This is not only a technological breakthrough but a critical step toward addressing the rising prevalence of neurological disorders like epilepsy, autism, and Alzheimer’s.
